The assessment of efficient and stable perovskite solar cells is challenging due to the vast potential parameter space. In this study, researchers use high-throughput screening to identify stable perovskites and propose a bilayer polymer contact that extends device stability to 1,450 hours under high-temperature conditions.
The vast potential parameter space for constructing efficient and stable perovskite solar cells makes their assessment no easy task. Now, researchers use high-throughput screening to uncover stable perovskites and devise a bilayer polymer contact to extend the device stability to 1,450 hours under high-temperature operational conditions.
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